A. The application-centric policies and their impact on network behavior
B. The brand of hardware being used
C. Only the physical layer of the network
D. Basic routing protocols only
A. Provide direct virtual function access to improve performance
B. Monitor physical network connections
C. Encrypt data traffic
D. Reduce network virtualization benefits
A. networks
B. protocols
C. countries
D. servers
A. ECMP
B. Direct connections
C. Static routing
D. Single-path
A. Reduce the cost of internet services
B. Protect against domain name system attacks
C. Increase website loading speeds
D. Store data more efficiently
A. Allowing VMs direct access to physical network interfaces
B. Encrypting all data in transit
C. Increasing CPU utilization for network tasks
D. Decreasing the number of available network paths
A. Public internet access
B. Removing all passwords
C. Unrestricted API access
D. Authentication and encryption
A. Inability to use public internet for private connectivity
B. High costs associated with physical cabling
C. The need for manual route configuration in large networks
D. Lack of multicast support in traditional networks
A. Increasing the speed of network devices
B. Authenticating users accessing the network
C. Filtering traffic based on content
D. Encrypting frames on a network
A. Containers are less isolated than VMs.
B. VMs can be deployed faster than containers.
C. Containers virtualize the operating system, whereas VMs virtualize the hardware.
D. VMs are more lightweight than containers.
